Difference between revisions of "The Addams Family"
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===The Power magnets=== | ===The Power magnets=== | ||
| − | If | + | If any magnet driver transistor fails and shorts on, these magnets may get turned on all the time and burn the playfield. Make sure the correct fuses are fitted. |
The driver transistors for the magnets are located at the left underside of the playfield on the Hi-Powered P.C.B. The solenoid wiring diagram on page 3-9 is incorrect. It shows the Hi-Powered P.C.B. connected to the J107 side of the diagram. It is actually connected to J126 for upper and right magnet and J127 for the left magnet. Each magnet is energized by its associated TIP36C via its driver board transistor, TIP102, Q44 for the left magnet, Q32 for the right magnet and Q34 for the upper magnet. | The driver transistors for the magnets are located at the left underside of the playfield on the Hi-Powered P.C.B. The solenoid wiring diagram on page 3-9 is incorrect. It shows the Hi-Powered P.C.B. connected to the J107 side of the diagram. It is actually connected to J126 for upper and right magnet and J127 for the left magnet. Each magnet is energized by its associated TIP36C via its driver board transistor, TIP102, Q44 for the left magnet, Q32 for the right magnet and Q34 for the upper magnet. | ||
Revision as of 07:30, 10 October 2013
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| Manufacturer | System | Year | Model | Produced |
|---|---|---|---|---|
| Bally | WPC-DND | 1992 | 20017 | 20,270 |
The Addams Family Playing Tips and Rule Sheet
IPDB Link (including software and schematics)
1 WPC Specific Issues
2 Game-Specific Issues
2.1 The Power magnets
If any magnet driver transistor fails and shorts on, these magnets may get turned on all the time and burn the playfield. Make sure the correct fuses are fitted.
The driver transistors for the magnets are located at the left underside of the playfield on the Hi-Powered P.C.B. The solenoid wiring diagram on page 3-9 is incorrect. It shows the Hi-Powered P.C.B. connected to the J107 side of the diagram. It is actually connected to J126 for upper and right magnet and J127 for the left magnet. Each magnet is energized by its associated TIP36C via its driver board transistor, TIP102, Q44 for the left magnet, Q32 for the right magnet and Q34 for the upper magnet.